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IKSPFCTION MADE OF THE CITY }TALL <br />By Hills Collins and John Farrens <br />March 16, 1971 <br />An inspection vas made of the City Hall to determine if it complies with the exit <br />requirements of _he Uniform Building Code. <br />An extremily hazardous condition exists. In this day of protests and fire bombs <br />a caref•611ylaia bomb in the main corrido- of the City Hall would block all exits <br />from the building and every person in the building would be trapped. We have had <br />two bomb scares in the last two weeks so this is not just a wild supposition. <br />Using the Occupant load table based upon thl! available square feet per occupant in <br />the Uniform Building Code, the building has the following occupant load; <br />3rd floor <br />67 <br />2nd floor <br />106 <br />1st floor <br />94 <br />Council Chambers <br />100 <br />Basement <br />83 <br />450 Total occupant load <br />A building of this size requires a total of two exits remotely arranged, (not closer <br />together than 20% of the building perimeter). Twc exits are required from each <br />f-oor. Because of the location of the two stairs from the second floor they do not <br />qualify, as two exits. With this requirement in mind the following corrections <br />are necessary to make the building comply with the exit requirements. <br />Add a new fire escape from the third floor to the ground. The fire escape to be <br />located on the north side of the building. Doors to the fire escape to be located <br />in the Clerk's office and the Engineer's office. A door from the north wall on <br />the third floor with platform across the roof to the fire escape will be required. <br />Exit lights will be required over all three doors. Doors to have panic hardware. <br />Directional exit lights will be required from the main corridors to the exit doors <br />on all three floors. <br />a. Third floor; ERit light over door to room with the exit. <br />b. Second floor; Exit light over dogr to engineer's office and a directional <br />light with arrow on ceiling of engineer's lobby. ' <br />C. First floor; Exit light over clerk's door and a directional light on - <br />ceiling of clerk's office. 4 <br />Third Floor <br />a. Change swing of door to stair. Swing door into stair enclosure. <br />b. Replace door to stair enclosure with 1-3/4 inch solid core with self - <br />closer with fusible link. <br />C. Activate exit light at stair. <br />d. Add exit light at door from east corridor to center corridor. Light on <br />east corridor side. <br />Second Floor <br />a. Add a petrof 1-3/4 inch solid core doors to main stair. Doors to swing <br />into stairway. Doors to have self closers. <br />b. Replace door to south stair with 1-3/4 inch solid core with self closer <br />with fusible link. Door may have a maximum of 100 square inches of wire <br />glass. <br />c. Activate exit light over south door. <br />d. Install new exit light over main stair doors. <br />First Floor <br />a. Replace door to south stair with 1-3/4 inch solid core door, with self <br />closer with fusible link. Door may have a naximum of 100 square inches <br />of wire glass. Door to swing into main floor corridor. <br />